Carbonair was asked to provide a temporary groundwater treatment system to treat contaminated water that was generated by dewatering performed in support of an underground storage tank removal and upgrade at a gas station in north Florida.
In this case, the ground water at the remediation site was heavily contaminated with petroleum hydrocarbons (gasoline and diesel) a form of VOC, which were present in dissolved and free product forms. The water also had high concentrations of arsenic and other heavy metals.
Due to the high water table, the excavation area had to be dewatered at a rate of 500 gpm to allow for the removal of the old UST tanks and installation of the new UST tanks. Carbonair designed and provided an on-site groundwater treatment system for a maximum flow rate of 500 gpm.
A Carbonair field crew mobilized, set up, and trained the operators of the water treatment system. The groundwater treatment system performed as designed, meeting the required discharge limits and treating the contaminated water generated at the site at the required flow rate. The use of diesel pumps and Carbonair’s diesel driven air strippers avoided the need for a costly power drop or expensive generator rental. At the conclusion of the project, Carbonair field technicians provided demobilization services including the extraction and disposal of the spent carbon and ion exchange filter media, and demobilization of the equipment.